//
// Originally by David Raingeard (cal2)
// GCC/SDL port by Niels Wagenaar (Linux/WIN32) and Caz (BeOS)
-// Cleanups and endian wrongness amelioration by James L. Hammons
+// Cleanups and endian wrongness amelioration by James Hammons
// (C) 2010 Underground Software
//
-// JLH = James L. Hammons <jlhamm@acm.org>
+// JLH = James Hammons <jlhamm@acm.org>
//
// Who When What
// --- ---------- -------------------------------------------------------------
#include "gpu.h"
#include "jaguar.h"
#include "log.h"
-#include "m68k.h"
+#include "m68000/m68kinterface.h"
//#include "memory.h"
-#include "objectp.h"
+#include "op.h"
#include "settings.h"
#define NEW_TIMER_SYSTEM
#define MEMCON2 0x02
#define HC 0x04
#define VC 0x06
+#define OLP 0x20 // Object list pointer
+#define OBF 0x26 // Object processor flag
#define VMODE 0x28
#define MODE 0x0006 // Line buffer to video generator mode
#define BGEN 0x0080 // Background enable (CRY & RGB16 only)
#define BORD1 0x2A // Border green/red values (8 BPP)
#define BORD2 0x2C // Border blue value (8 BPP)
#define HP 0x2E // Values range from 1 - 1024 (value written + 1)
-#define HBB 0x30
+#define HBB 0x30 // Horizontal blank begin
#define HBE 0x32
+#define HS 0x34 // Horizontal sync
+#define HVS 0x36 // Horizontal vertical sync
#define HDB1 0x38 // Horizontal display begin 1
#define HDB2 0x3A
#define HDE 0x3C
#define VP 0x3E // Value ranges from 1 - 2048 (value written + 1)
-#define VBB 0x40
+#define VBB 0x40 // Vertical blank begin
#define VBE 0x42
-#define VS 0x44
-#define VDB 0x46
+#define VS 0x44 // Vertical sync
+#define VDB 0x46 // Vertical display begin
#define VDE 0x48
-#define VI 0x4E
-#define BG 0x58
+#define VEB 0x4A // Vertical equalization begin
+#define VEE 0x4C // Vertical equalization end
+#define VI 0x4E // Vertical interrupt
+#define PIT0 0x50
+#define PIT1 0x52
+#define HEQ 0x54 // Horizontal equalization end
+#define BG 0x58 // Background color
#define INT1 0xE0
-//NOTE: These arbitrary cutoffs are NOT taken into account for PAL jaguar screens. !!! FIX !!!
+//NOTE: These arbitrary cutoffs are NOT taken into account for PAL jaguar screens. !!! FIX !!! [DONE]
// Arbitrary video cutoff values (i.e., first/last visible spots on a TV, in HC ticks)
+// Also note that VC is in *half* lines, i.e. divide by 2 to get the scanline
/*#define LEFT_VISIBLE_HC 208
#define RIGHT_VISIBLE_HC 1528//*/
-#define LEFT_VISIBLE_HC 208
-#define RIGHT_VISIBLE_HC 1488
+// These were right for Rayman, but that one is offset on a real TV too.
+//#define LEFT_VISIBLE_HC 208
+//#define RIGHT_VISIBLE_HC 1488
+// This is more like a real TV display...
+//#define LEFT_VISIBLE_HC (208 - 32)
+//#define RIGHT_VISIBLE_HC (1488 - 32)
+// Split the difference? (Seems to be OK for the most part...)
+
+// (-10 +10)*4 is for opening up the display by 16 pixels (may go to 20). Need to change VIRTUAL_SCREEN_WIDTH to match this as well (went from 320 to 340; this is 4 HCs per one of those pixels).
+#define LEFT_VISIBLE_HC (208 - 16 - (8 * 4))
+//#define RIGHT_VISIBLE_HC (1488 - 16 + (10 * 4))
+#define RIGHT_VISIBLE_HC (LEFT_VISIBLE_HC + (VIRTUAL_SCREEN_WIDTH * 4))
//#define TOP_VISIBLE_VC 25
//#define BOTTOM_VISIBLE_VC 503
#define TOP_VISIBLE_VC 31
//Are these PAL horizontals correct?
//They seem to be for the most part, but there are some games that seem to be
//shifted over to the right from this "window".
-#define LEFT_VISIBLE_HC_PAL 208
-#define RIGHT_VISIBLE_HC_PAL 1488
+#define LEFT_VISIBLE_HC_PAL (208 - 16 - (4 * 4))
+//#define RIGHT_VISIBLE_HC_PAL (1488 - 16 + (10 * 4))
+#define RIGHT_VISIBLE_HC_PAL (LEFT_VISIBLE_HC_PAL + (VIRTUAL_SCREEN_WIDTH * 4))
#define TOP_VISIBLE_VC_PAL 67
#define BOTTOM_VISIBLE_VC_PAL 579
int32 tomTimerCounter;
uint16 tom_jerry_int_pending, tom_timer_int_pending, tom_object_int_pending,
tom_gpu_int_pending, tom_video_int_pending;
-uint32 * TOMBackbuffer;
+
+// These are set by the "user" of the Jaguar core lib, since these are
+// OS/system dependent.
+uint32 * screenBuffer;
+uint32 screenPitch;
static const char * videoMode_to_str[8] =
{ "16 BPP CRY", "24 BPP RGB", "16 BPP DIRECT", "16 BPP RGB",
}
-void TOMResetBackbuffer(uint32 * backbuffer)
+/*void TOMResetBackbuffer(uint32 * backbuffer)
{
TOMBackbuffer = backbuffer;
-}
+}*/
//
// Process a single scanline
+// (this is bad terminology; each tick of the VC is actually a half-line)
//
-uint32 tomDeviceWidth;//kludge
-void TOMExecScanline(uint16 scanline, bool render)
+void TOMExecHalfline(uint16 halfline, bool render)
{
+#warning "!!! Need to handle multiple fields properly !!!"
+ // We ignore the problem for now
+ halfline &= 0x7FF;
+
bool inActiveDisplayArea = true;
//Interlacing is still not handled correctly here... !!! FIX !!!
- if (scanline & 0x01) // Execute OP only on even lines (non-interlaced only!)
+ if (halfline & 0x01) // Execute OP only on even halflines (non-interlaced only!)
return;
//Hm, it seems that the OP needs to execute from zero, so let's try it:
// And it works! But need to do some optimizations in the OP to keep it from attempting
// to do a scanline render in the non-display area... [DONE]
-#if 0
- if (scanline >= (uint16)GET16(tomRam8, VDB) && scanline < (uint16)GET16(tomRam8, VDE))
+//this seems to cause a regression in certain games, like rayman
+//which means I have to dig thru the asic nets to see what's wrong...
+/*
+No, the OP doesn't start until VDB, that much is certain. The thing is, VDB is the
+HALF line that the OP starts on--which means that it needs to start at VDB / 2!!!
+
+Hrm, doesn't seem to be enough, though it should be... still sticks for 20 frames.
+
+
+What triggers this is writing $FFFF to VDE. This causes the OP start signal in VID to
+latch on, which in effect sets VDB to zero. So that much is correct. But the thing with
+Rayman is that it shouldn't cause the graphical glitches seen there, so still have to
+investigate what's going on there. By all rights, it shouldn't glitch because:
+
+00006C00: 0000000D 82008F73 (BRANCH) YPOS=494, CC=">", link=$00006C10
+00006C08: 000003FF 00008173 (BRANCH) YPOS=46, CC=">", link=$001FF800
+00006C10: 00000000 0000000C (STOP)
+001FF800: 12FC2BFF 02380000 (BITMAP)
+ 00008004 8180CFF1
+
+Even if the OP is running all the time, the link should tell it to stop at the right
+place (which it seems to do). But we still get glitchy screen.
+
+Seems the glitchy screen went away... Maybe the GPU alignment fixes fixed it???
+Just need to add the proper checking here then.
+
+Some numbers, courtesy of the Jaguar BIOS:
+// NTSC:
+VP, 523 // Vertical Period (1-based; in this case VP = 524)
+VBE, 24 // Vertical Blank End
+VDB, 38 // Vertical Display Begin
+VDE, 518 // Vertical Display End
+VBB, 500 // Vertical Blank Begin
+VS, 517 // Vertical Sync
+
+// PAL Jaguar
+VP, 623 // Vertical Period (1-based; in this case VP = 624)
+VBE, 34 // Vertical Blank End
+VDB, 38 // Vertical Display Begin
+VDE, 518 // Vertical Display End
+VBB, 600 // Vertical Blank Begin
+VS, 618 // Vertical Sync
+
+Numbers for KM, NTSC:
+KM: (Note that with VDE <= 507, the OP starts at VDB as expected)
+TOM: Vertical Display Begin written by M68K: 41
+TOM: Vertical Display End written by M68K: 2047
+TOM: Vertical Interrupt written by M68K: 491
+*/
+#if 1
+ // Initial values that "well behaved" programs use
+ uint16 startingHalfline = GET16(tomRam8, VDB);
+ uint16 endingHalfline = GET16(tomRam8, VDE);
+
+ // Simulate the OP start bug here!
+ // Really, this value is somewhere around 507 for an NTSC Jaguar. But this
+ // should work in a majority of cases, at least until we can figure it out properly.
+ if (endingHalfline > GET16(tomRam8, VP))
+ startingHalfline = 0;
+
+ if (halfline >= startingHalfline && halfline < endingHalfline)
+// if (halfline >= 0 && halfline < (uint16)GET16(tomRam8, VDE))
+// 16 isn't enough, and neither is 32 for raptgun. 32 fucks up Rayman
+// if (halfline >= ((uint16)GET16(tomRam8, VDB) / 2) && halfline < ((uint16)GET16(tomRam8, VDE) / 2))
+// if (halfline >= ((uint16)GET16(tomRam8, VDB) - 16) && halfline < (uint16)GET16(tomRam8, VDE))
+// if (halfline >= 20 && halfline < (uint16)GET16(tomRam8, VDE))
+// if (halfline >= (uint16)GET16(tomRam8, VDB) && halfline < (uint16)GET16(tomRam8, VDE))
{
if (render)
{
for(uint32 i=0; i<720; i++)
*current_line_buffer++ = bgHI, *current_line_buffer++ = bgLO;
- OPProcessList(scanline, render);
+ OPProcessList(halfline, render);
}
}
else
inActiveDisplayArea = false;
#else
inActiveDisplayArea =
- (scanline >= (uint16)GET16(tomRam8, VDB) && scanline < (uint16)GET16(tomRam8, VDE)
+ (halfline >= (uint16)GET16(tomRam8, VDB) && halfline < (uint16)GET16(tomRam8, VDE)
? true : false);
- if (scanline < (uint16)GET16(tomRam8, VDE))
+ if (halfline < (uint16)GET16(tomRam8, VDE))
{
if (render)//With JaguarExecuteNew() this is always true...
{
for(uint32 i=0; i<720; i++)
*current_line_buffer++ = bgHI, *current_line_buffer++ = bgLO;
-// OPProcessList(scanline, render);
+// OPProcessList(halfline, render);
//This seems to take care of it...
- OPProcessList(scanline, inActiveDisplayArea);
+ OPProcessList(halfline, inActiveDisplayArea);
}
}
#endif
- // Try to take PAL into account...
+ // Try to take PAL into account... [We do now!]
uint16 topVisible = (vjs.hardwareTypeNTSC ? TOP_VISIBLE_VC : TOP_VISIBLE_VC_PAL),
bottomVisible = (vjs.hardwareTypeNTSC ? BOTTOM_VISIBLE_VC : BOTTOM_VISIBLE_VC_PAL);
+ uint32 * TOMCurrentLine = &(screenBuffer[((halfline - topVisible) / 2) * screenPitch]);
// Here's our virtualized scanline code...
- if (scanline >= topVisible && scanline < bottomVisible)
+ if (halfline >= topVisible && halfline < bottomVisible)
{
if (inActiveDisplayArea)
{
//NOTE: The following doesn't put BORDER color on the sides... !!! FIX !!!
#warning "The following doesn't put BORDER color on the sides... !!! FIX !!!"
if (vjs.renderType == RT_NORMAL)
- scanline_render[TOMGetVideoMode()](TOMBackbuffer);
+// scanline_render[TOMGetVideoMode()](TOMBackbuffer);
+ scanline_render[TOMGetVideoMode()](TOMCurrentLine);
else//TV type render
{
/*
else
{
// If outside of VDB & VDE, then display the border color
- uint32 * currentLineBuffer = TOMBackbuffer;
+ uint32 * currentLineBuffer = TOMCurrentLine;
uint8 g = tomRam8[BORD1], r = tomRam8[BORD1 + 1], b = tomRam8[BORD2 + 1];
//Hm. uint32 pixel = 0xFF000000 | (b << 16) | (g << 8) | r;
uint32 pixel = 0x000000FF | (r << 24) | (g << 16) | (b << 8);
for(uint32 i=0; i<tomWidth; i++)
*currentLineBuffer++ = pixel;
}
-
-#warning "!!! Need to move this to an interface file !!! FIX !!!"
-// TOMBackbuffer += GetSDLScreenWidthInPixels();
- TOMBackbuffer += tomDeviceWidth;
}
}
// TOM reset code
// Now PAL friendly!
//
+/*
+The values in TOMReset come from the Jaguar BIOS.
+These values are from BJL:
+
+NSTC:
+CLK2 181
+HP 844
+HBB 1713
+HBE 125
+HS 1741
+HVS 651
+HEQ 784
+HDE 1696
+HDB1 166
+HDB2 166
+VP 523
+VEE 6
+VBE 24
+VDB 46
+VDE 496
+VBB 500
+VEB 511
+VS 517
+
+PAL:
+CLK2 226
+HP 850
+HBB 1711
+HBE 158
+HS 1749
+HVS 601
+HEQ 787
+HDE 1696
+HDB1 166
+HDB2 166
+VP 625
+VEE 6
+VBE 34
+VDB 46
+VDE 429
+VBB 600
+VEB 613
+VS 618
+*/
void TOMReset(void)
{
OPReset();
{
SET16(tomRam8, MEMCON1, 0x1861);
SET16(tomRam8, MEMCON2, 0x35CC);
- SET16(tomRam8, HP, 844); // Horizontal Period (1-based; HP=845)
+ SET16(tomRam8, HP, 844); // Horizontal Period (1-based; HP=845)
SET16(tomRam8, HBB, 1713); // Horizontal Blank Begin
- SET16(tomRam8, HBE, 125); // Horizontal Blank End
+ SET16(tomRam8, HBE, 125); // Horizontal Blank End
SET16(tomRam8, HDE, 1665); // Horizontal Display End
SET16(tomRam8, HDB1, 203); // Horizontal Display Begin 1
- SET16(tomRam8, VP, 523); // Vertical Period (1-based; in this case VP = 524)
- SET16(tomRam8, VBE, 24); // Vertical Blank End
- SET16(tomRam8, VDB, 38); // Vertical Display Begin
- SET16(tomRam8, VDE, 518); // Vertical Display End
- SET16(tomRam8, VBB, 500); // Vertical Blank Begin
- SET16(tomRam8, VS, 517); // Vertical Sync
+ SET16(tomRam8, VP, 523); // Vertical Period (1-based; in this case VP = 524)
+ SET16(tomRam8, VBE, 24); // Vertical Blank End
+ SET16(tomRam8, VDB, 38); // Vertical Display Begin
+ SET16(tomRam8, VDE, 518); // Vertical Display End
+ SET16(tomRam8, VBB, 500); // Vertical Blank Begin
+ SET16(tomRam8, VS, 517); // Vertical Sync
SET16(tomRam8, VMODE, 0x06C1);
}
else // PAL Jaguar
{
SET16(tomRam8, MEMCON1, 0x1861);
SET16(tomRam8, MEMCON2, 0x35CC);
- SET16(tomRam8, HP, 850); // Horizontal Period
+ SET16(tomRam8, HP, 850); // Horizontal Period
SET16(tomRam8, HBB, 1711); // Horizontal Blank Begin
- SET16(tomRam8, HBE, 158); // Horizontal Blank End
+ SET16(tomRam8, HBE, 158); // Horizontal Blank End
SET16(tomRam8, HDE, 1665); // Horizontal Display End
SET16(tomRam8, HDB1, 203); // Horizontal Display Begin 1
- SET16(tomRam8, VP, 623); // Vertical Period (1-based; in this case VP = 624)
- SET16(tomRam8, VBE, 34); // Vertical Blank End
- SET16(tomRam8, VDB, 38); // Vertical Display Begin
- SET16(tomRam8, VDE, 518); // Vertical Display End
- SET16(tomRam8, VBB, 600); // Vertical Blank Begin
- SET16(tomRam8, VS, 618); // Vertical Sync
+ SET16(tomRam8, VP, 623); // Vertical Period (1-based; in this case VP = 624)
+ SET16(tomRam8, VBE, 34); // Vertical Blank End
+ SET16(tomRam8, VDB, 38); // Vertical Display Begin
+ SET16(tomRam8, VDE, 518); // Vertical Display End
+ SET16(tomRam8, VBB, 600); // Vertical Blank Begin
+ SET16(tomRam8, VS, 618); // Vertical Sync
SET16(tomRam8, VMODE, 0x06C1);
}
WriteLog("TOM: Reading word at %06X for %s\n", offset, whoName[who]);
#endif
if (offset >= 0xF02000 && offset <= 0xF020FF)
- WriteLog("TOM: Read attempted from GPU register file by %s (unimplemented)!\n", whoName[who]);
+ WriteLog("TOM: ReadWord attempted from GPU register file by %s (unimplemented)!\n", whoName[who]);
if (offset == 0xF000E0)
{
+ // For reading, should only return the lower 5 bits...
uint16 data = (tom_jerry_int_pending << 4) | (tom_timer_int_pending << 3)
| (tom_object_int_pending << 2) | (tom_gpu_int_pending << 1)
| (tom_video_int_pending << 0);
return;
#endif
-if (offset == 0xF00000 + MEMCON1)
- WriteLog("TOM: Memory Configuration 1 written by %s: %04X\n", whoName[who], data);
-if (offset == 0xF00000 + MEMCON2)
- WriteLog("TOM: Memory Configuration 2 written by %s: %04X\n", whoName[who], data);
+//if (offset == 0xF00000 + MEMCON1)
+// WriteLog("TOM: Memory Configuration 1 written by %s: %04X\n", whoName[who], data);
+//if (offset == 0xF00000 + MEMCON2)
+// WriteLog("TOM: Memory Configuration 2 written by %s: %04X\n", whoName[who], data);
if (offset >= 0xF02000 && offset <= 0xF020FF)
- WriteLog("TOM: Write attempted to GPU register file by %s (unimplemented)!\n", whoName[who]);
+ WriteLog("TOM: WriteWord attempted to GPU register file by %s (unimplemented)!\n", whoName[who]);
if ((offset >= GPU_CONTROL_RAM_BASE) && (offset < GPU_CONTROL_RAM_BASE+0x20))
{
tom_timer_int_pending = 0;
if (data & 0x1000)
tom_jerry_int_pending = 0;
+
+// return;
}
else if ((offset >= 0xF02200) && (offset <= 0xF0229F))
{
// Writing to one CLUT writes to the other
offset &= 0x5FF; // Mask out $F00600 (restrict to $F00400-5FF)
// Watch out for unaligned writes here! (Not fixed yet)
+#warning "!!! Watch out for unaligned writes here !!! FIX !!!"
SET16(tomRam8, offset, data);
SET16(tomRam8, offset + 0x200, data);
}
TOMWriteByte(0xF00000 | offset, data >> 8, who);
TOMWriteByte(0xF00000 | (offset+1), data & 0xFF, who);
-if (offset == VDB)
- WriteLog("TOM: Vertical Display Begin written by %s: %u\n", whoName[who], data);
-if (offset == VDE)
- WriteLog("TOM: Vertical Display End written by %s: %u\n", whoName[who], data);
-if (offset == VP)
- WriteLog("TOM: Vertical Period written by %s: %u (%sinterlaced)\n", whoName[who], data, (data & 0x01 ? "non-" : ""));
+if (offset == MEMCON1)
+ WriteLog("TOM: Memory Config 1 written by %s: $%04X\n", whoName[who], data);
+if (offset == MEMCON2)
+ WriteLog("TOM: Memory Config 2 written by %s: $%04X\n", whoName[who], data);
+//if (offset == OLP)
+// WriteLog("TOM: Object List Pointer written by %s: $%04X\n", whoName[who], data);
+//if (offset == OLP + 2)
+// WriteLog("TOM: Object List Pointer +2 written by %s: $%04X\n", whoName[who], data);
+//if (offset == OBF)
+// WriteLog("TOM: Object Processor Flag written by %s: %u\n", whoName[who], data);
+if (offset == VMODE)
+ WriteLog("TOM: Video Mode written by %s: %04X. PWIDTH = %u, MODE = %s, flags:%s%s (VC = %u)\n", whoName[who], data, ((data >> 9) & 0x07) + 1, videoMode_to_str[(data & MODE) >> 1], (data & BGEN ? " BGEN" : ""), (data & VARMOD ? " VARMOD" : ""), GET16(tomRam8, VC));
+if (offset == BORD1)
+ WriteLog("TOM: Border 1 written by %s: $%04X\n", whoName[who], data);
+if (offset == BORD2)
+ WriteLog("TOM: Border 2 written by %s: $%04X\n", whoName[who], data);
+if (offset == HP)
+ WriteLog("TOM: Horizontal Period written by %s: %u (+1*2 = %u)\n", whoName[who], data, (data + 1) * 2);
+if (offset == HBB)
+ WriteLog("TOM: Horizontal Blank Begin written by %s: %u\n", whoName[who], data);
+if (offset == HBE)
+ WriteLog("TOM: Horizontal Blank End written by %s: %u\n", whoName[who], data);
+if (offset == HS)
+ WriteLog("TOM: Horizontal Sync written by %s: %u\n", whoName[who], data);
+if (offset == HVS)
+ WriteLog("TOM: Horizontal Vertical Sync written by %s: %u\n", whoName[who], data);
if (offset == HDB1)
WriteLog("TOM: Horizontal Display Begin 1 written by %s: %u\n", whoName[who], data);
+if (offset == HDB2)
+ WriteLog("TOM: Horizontal Display Begin 2 written by %s: %u\n", whoName[who], data);
if (offset == HDE)
WriteLog("TOM: Horizontal Display End written by %s: %u\n", whoName[who], data);
-if (offset == HP)
- WriteLog("TOM: Horizontal Period written by %s: %u (+1*2 = %u)\n", whoName[who], data, (data + 1) * 2);
+if (offset == VP)
+ WriteLog("TOM: Vertical Period written by %s: %u (%sinterlaced)\n", whoName[who], data, (data & 0x01 ? "non-" : ""));
if (offset == VBB)
WriteLog("TOM: Vertical Blank Begin written by %s: %u\n", whoName[who], data);
if (offset == VBE)
WriteLog("TOM: Vertical Blank End written by %s: %u\n", whoName[who], data);
if (offset == VS)
WriteLog("TOM: Vertical Sync written by %s: %u\n", whoName[who], data);
+if (offset == VDB)
+ WriteLog("TOM: Vertical Display Begin written by %s: %u\n", whoName[who], data);
+if (offset == VDE)
+ WriteLog("TOM: Vertical Display End written by %s: %u\n", whoName[who], data);
+if (offset == VEB)
+ WriteLog("TOM: Vertical Equalization Begin written by %s: %u\n", whoName[who], data);
+if (offset == VEE)
+ WriteLog("TOM: Vertical Equalization End written by %s: %u\n", whoName[who], data);
if (offset == VI)
WriteLog("TOM: Vertical Interrupt written by %s: %u\n", whoName[who], data);
-if (offset == HBB)
- WriteLog("TOM: Horizontal Blank Begin written by %s: %u\n", whoName[who], data);
-if (offset == HBE)
- WriteLog("TOM: Horizontal Blank End written by %s: %u\n", whoName[who], data);
-if (offset == VMODE)
- WriteLog("TOM: Video Mode written by %s: %04X. PWIDTH = %u, MODE = %s, flags:%s%s (VC = %u)\n", whoName[who], data, ((data >> 9) & 0x07) + 1, videoMode_to_str[(data & MODE) >> 1], (data & BGEN ? " BGEN" : ""), (data & VARMOD ? " VARMOD" : ""), GET16(tomRam8, VC));
+if (offset == PIT0)
+ WriteLog("TOM: PIT0 written by %s: %u\n", whoName[who], data);
+if (offset == PIT1)
+ WriteLog("TOM: PIT1 written by %s: %u\n", whoName[who], data);
+if (offset == HEQ)
+ WriteLog("TOM: Horizontal Equalization End written by %s: %u\n", whoName[who], data);
+//if (offset == BG)
+// WriteLog("TOM: Background written by %s: %u\n", whoName[who], data);
+//if (offset == INT1)
+// WriteLog("TOM: CPU Interrupt Control written by %s: $%04X (%s%s%s%s%s)\n", whoName[who], data, (data & 0x01 ? "Video" : ""), (data & 0x02 ? " GPU" : ""), (data & 0x04 ? " OP" : ""), (data & 0x08 ? " TOMPIT" : ""), (data & 0x10 ? " Jerry" : ""));
// detect screen resolution changes
//This may go away in the future, if we do the virtualized screen thing...
GPUSetIRQLine(GPUIRQ_TIMER, ASSERT_LINE); // GPUSetIRQLine does the 'IRQ enabled' checking
if (TOMIRQEnabled(IRQ_TIMER))
- m68k_set_irq(7); // Cause a 68000 NMI...
+ m68k_set_irq(2); // Cause a 68000 IPL 2...
TOMResetPIT();
}
// if (INT1_WREG & 0x08)
if (TOMIRQEnabled(IRQ_TIMER))
- m68k_set_irq(7); // Generate 68K NMI
+ m68k_set_irq(2); // Generate a 68K IPL 2...
TOMResetPIT();
}
projects / virtualjaguar / blobdiff